With the deepening of "Made in China 2025" and the implementation of "dual-carbon" goals, the construction machinery industry is accelerating its transformation towards intelligent and green operations. As a leading enterprise in the aerial work equipment field, Shenxi Machinery accurately grasps industry trends and has launched a new generation of equipment centered on manual-automatic integrated hoists and intelligent window cleaning robots. Through technological breakthroughs, it is reshaping the efficiency and safety standards of aerial work, providing a brand-new solution for the green compliance needs of modern construction.
Intelligent upgrading is the core competitiveness of the new generation of equipment. Shenxi's independently developed manual-automatic integrated hoist achieves dual protection of "intelligent control + manual backup." Its intelligent control system can collect operating data in real time, allowing managers to accurately grasp the equipment's location, load status, and operating parameters through a remote monitoring platform. In case of abnormalities, it immediately triggers warnings and automatically adjusts, effectively avoiding human error. For complex working conditions, the hoist's automatic leveling function can quickly respond to changes in road slope, maintaining the stability of the working platform, improving operating efficiency by more than 40% compared to traditional hoists.
The intelligent window cleaning robot revolutionizes high-altitude cleaning operations with cutting-edge algorithms. Equipped with a 3D vision recognition system, the robot automatically plans cleaning paths, precisely avoiding obstacles such as glass seams and window frames, and adapts to various building facades, including curved and arc-shaped surfaces. Operators can assign tasks and monitor progress via mobile devices, eliminating the need for high-altitude work and significantly reducing safety risks. The robot also features intelligent water replenishment and stain recognition, achieving three times the cleaning efficiency of manual cleaning with a 99% accuracy rate, perfectly meeting the refined maintenance needs of high-rise buildings.
The green and energy-saving concept permeates the entire product development process. Both core products utilize high-efficiency permanent magnet synchronous motors, reducing energy consumption by 30% compared to traditional asynchronous motors. Combined with an intelligent energy-saving mode, the robot automatically enters a low-power state when idle, further reducing energy waste. Simultaneously, core components use environmentally friendly and recyclable materials, minimizing the environmental impact of production and disposal. Actual project verification shows that construction projects using Shenxi's new generation equipment have reduced carbon emissions per unit operating area by 25% compared to traditional equipment, perfectly aligning with green construction standards.
Compared to traditional aerial work platforms, Shenxi's new generation of products achieves comprehensive superiority in three dimensions: safety, efficiency, and environmental protection. Traditional equipment relies on manual operation, resulting in slow response times and significant safety hazards. The intelligent early warning and automatic protection functions of the new generation equipment reduce the accident rate to an extremely low level in the industry. In terms of environmental protection, the high energy consumption and high pollution of traditional equipment make it difficult to meet policy requirements. Shenxi's green equipment helps companies easily pass environmental inspections and obtain policy benefits.
From technology research and development to market application, Shenxi's new generation of aerial work platforms consistently aligns with industry policy guidance. Whether it's the requirements of "Made in China 2025" for intelligent manufacturing or the green development needs under the "dual carbon" target, the products are precisely adapted. Currently, this series of equipment has been successfully applied to multiple large-scale commercial complexes and super high-rise building projects, gaining unanimous recognition from construction units.
